Flat Bottom Cell Culture Plate

$0.00

SKU: RS8827958

6-12-24-96-Well Flat Bottom Cell Culture Plate

Material: polystyrene material, high hardness.

  • Product Name: Flat Bottom Cell Culture Plate – A multi-well culture plate designed for uniform cell growth, observation, and experimental analysis.

  • Scientific Composition: Made from Polystyrene (PS) with optional tissue culture (TC) treated surface for enhanced cell adhesion.

  • Scientific Formula: (C₈H₈)n – Polystyrene polymer.

  • Physical Description: Transparent multi-well plate (e.g., 6, 12, 24, 48, 96 wells) with flat-bottom wells for even cell distribution and optimal microscopic observation.

  • Applications: Used in cell culture, drug screening, ELISA assays, microbiology, and biotechnology research for growing and analyzing cells.

  • Storage Conditions: Store in a clean, dry, sterile environment; keep sealed in original packaging until use.

  • Key Features: Flat-bottom design for uniform cell growth, high optical clarity, sterile and ready-to-use, stackable design, and compatibility with automated systems.

SKU: RS8827958

6-12-24-96-Well Flat Bottom Cell Culture Plate

Material: polystyrene material, high hardness.

  • Product Name: Flat Bottom Cell Culture Plate – A multi-well culture plate designed for uniform cell growth, observation, and experimental analysis.

  • Scientific Composition: Made from Polystyrene (PS) with optional tissue culture (TC) treated surface for enhanced cell adhesion.

  • Scientific Formula: (C₈H₈)n – Polystyrene polymer.

  • Physical Description: Transparent multi-well plate (e.g., 6, 12, 24, 48, 96 wells) with flat-bottom wells for even cell distribution and optimal microscopic observation.

  • Applications: Used in cell culture, drug screening, ELISA assays, microbiology, and biotechnology research for growing and analyzing cells.

  • Storage Conditions: Store in a clean, dry, sterile environment; keep sealed in original packaging until use.

  • Key Features: Flat-bottom design for uniform cell growth, high optical clarity, sterile and ready-to-use, stackable design, and compatibility with automated systems.